|
SU107396A1
|
|
The method of preparation of sulfated-alumina cement
|
|
SU101503A1
|
|
The method of obtaining sulfated aluminous cement
|
|
SU102715A1
|
|
The method of grinding lagging materials in the ceramic industry
|
|
SU92423A1
|
|
The method of accelerating the grinding of cement clinker and increase the strength of cement
|
|
SU95431A1
|
|
The method of obtaining portland cement, romance cement and hydraulic lime
|
|
SU90802A1
|
|
The method of reducing the water content in the cement slurry
|
|
SU92056A1
|
|
The method of obtaining high-strength concrete based on blast furnace slag
|
|
SU87303A1
|
|
The method of obtaining the expanding cement
|
|
SU89766A1
|
|
The method of obtaining stable dolomite refractories
|
|
SU87938A1
|
|
A method of manufacturing refractories of pure calcium oxide
|
|
SU85218A1
|
|
The way to accelerate the process of burning Portland cement clinker to obtain high-grade Portland cement
|
|
SU84381A1
|
|
The method of obtaining refractory materials
|
|
SU83788A1
|
|
A method of making ceramic and refractory products
|
|
SU69600A1
|
|
The method of obtaining the expanding cement
|
|
SU113774A1
|
|
Method for slowing down the setting of gypsum
|
|
SU67572A1
|
|
Method for producing hemihydrate gypsum with delayed set times
|
|
SU66692A1
|
|
A method of obtaining a hydraulic in white
|
|
SU66240A1
|
|
The method of obtaining expanding cement
|
|
SU66239A1
|
|
A method of producing gypsum with an extended setting time
|
|
SU66330A1
|
|
The method of obtaining high strength gypsum
|
